So the reforming of cscs will play an important role to implement no operator on duty 因此計算機監(jiān)控系統(tǒng)的改造對實行無人值班起著極其重要的作用。
Mixing brain cscs with human blood essel cells dramatically increased the formation and growth of tumors 二者的混合顯著的促進了腫瘤的形成和生長。
Brain cscs inserted into the brain without human blood essel cells produced tumors slowly , reaching a maximum size after seen weeks 單純腦腫瘤干細胞注入腦內后生長緩慢, 7周后生長至最大。
The researchers also demonstrated in test tube experiments that cscs bind closely to cells isolated from human blood essels 研究人員也在試管中證實了腫瘤干細胞與來源于人類血管的細胞能結合的非常緊密。
Considering of the actualities of manpower resource in cypc , put forward the implementation suggestion for the reform of cscs in gehp 結合長江電力股份公司人力資源狀況,提出了二江電廠計算機監(jiān)控系統(tǒng)改造的實施建議。
In contrast , tumors formed by mixtures of brain cscs and blood essel cells grew much more rapidly , reaching a maximum growth after only four weeks 相對的,腦腫瘤干細胞和血管細胞的混合物注入腦內后, 4周就能生長至最大。
The blood essel cells did not increase tumor growth by forming new essels , but by associating with cscs and stimulating these directly to produce tumors 血管細胞促進腫瘤的生長不是通過形成血管,而是通過與腫瘤干細胞結合,直接刺激而產生的。
The team showed in mouse models that cscs from brain tumors hae a more natural tendency to associate closely with blood essels than do non - csc tumor cells 研究組展示了小鼠模型,來自于腦腫瘤的腫瘤干細胞比非腫瘤干細胞的細胞與血管有著更強的天然的親和力。
Further , the inestigators found that human blood essel cells release molecules that trigger brain cscs to keep their identity as stem cells and continue to multiply rapidly 另外,研究者還發(fā)現人類血管細胞釋放分子產物刺激腦腫瘤干細胞,使他們保持干細胞的特性,持續(xù)而快速的分裂。